Analysis of quantum-dot-embedded multicavity arrays for on-chip WDM applications

Authors

HAVVA ERDİNÇ
SERDAR KOCAMAN

DOI

10.3906/fiz-1801-34

Abstract

Transmission and group delay characteristics of a single-quantum-dot-(QD)-embedded double-cavity array and a triple-cavity array are compared theoretically in the weak coupling regime. When the extrinsic cavity decay rate is comparably higher than the intrinsic cavity decay rate at equal coupling strengths and normalized detuning values, transmission values of both systems converge with each other but the phase delay generated at triple-cavity systems is higher than that of the single-QD-embedded double-cavity array system. The results confirmed by the transmission calculations for both cases provide a comparative tool for designing on chip wavelength division multiplexing systems.

Keywords

Quantum dot, cavity quantum electrodynamics, on-chip wavelength division multiplexing, long-distance quantum communication

First Page

356

Last Page

367

Recommended Citation

ERDİNÇ, HAVVA and KOCAMAN, SERDAR (2018) "Analysis of quantum-dot-embedded multicavity arrays for on-chip WDM applications," Turkish Journal of Physics: Vol. 42: No. 4, Article 3. https://doi.org/10.3906/fiz-1801-34
Available at: https://journals.tubitak.gov.tr/physics/vol42/iss4/3